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Simulation study of coal mine safety investment based on system dynamics 被引量:11

Simulation study of coal mine safety investment based on system dynamics
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摘要 To generate dynamic planning for coal mine safety investment, this study applies system dynamics to decision-making, classifying safety investments by accident type. It validates the relationship between safety investments and accident cost, by structurally analyzing the causality between safety investments and their influence factors. Our simulation model, based on Vensim software, conducts simulation analysis on a series of actual data from a coalmine in Shanxi Province. Our results indicate a lag phase in safety investments, and that increasing pre-phase safety investment reduces accident costs. We found that a 24% increase in initial safety investment could help reach the target accident costs level 14 months earlier. Our simulation test included nine kinds of variation trends of accident costs brought by different investment ratios on accident prevention. We found an optimized ratio of accident prevention investments allowing a mine to reach accident cost goals 4 months earlier, without changing its total investment. To generate dynamic planning for coal mine safety investment, this study applies system dynamics to decision-making, classifying safety investments by accident type. It validates the relationship between safety investments and accident cost, by structurally analyzing the causality between safety investments and their influence factors. Our simulation model, based on Vensim software, conducts simulation anal- ysis on a series of actual data from a coalmine in Shanxi Province. Our results indicate a lag phase in safety investments, and that increasing pre-phase safety investment reduces accident costs. We found that a 24% increase in initial safety investment could help reach the target accident costs level 14 months earlier. Our simulation test included nine kinds of variation trends of accident costs brought by different investment ratios on accident prevention. We found an optimized ratio of accident prevention invest- ments allowing a mine to reach accident cost goals 4 months earlier, without changing its total investment.
机构地区 School of Management
出处 《International Journal of Mining Science and Technology》 SCIE EI 2014年第2期201-205,共5页 矿业科学技术学报(英文版)
基金 financial support from the National Natural Science Foundation of China (No. 51174214)
关键词 System dynamicsCoal mineSafety investmentCost of accident 安全投入 应用系统 动力学仿真 煤矿 事故分类 安全投资 im软件 投资比例
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